Robert Klein - Western Nebraska Crops Specialist

Robert Klein

faculty, emeriti
Work
402 W State Farm Rd North Platte NE 69101-7751
US
Work 308-696-6705 On campus, dial 7-6705

Emeritus Professor and Extension Cropping Systems Specialist, 2019

Faculty Bio

Wheat cut high
Wheat cut high

The Value of Wheat in a Crop Rotation

August 31, 2016
Wheat is an important part of many crop rotations, adding value directly and often indirectly by aiding in soil water management and weed suppression, reducing erosion, and helping manage pest cycles. Consider wheat's value to your crop production system by looking at what it contributes over multiple years of the rotation.

Read more

Recommended planting/seeding dates for winter wheat in Nebraska
Figure 1. Recommended planting/seeding dates for winter wheat in Nebraska
Figure 1.  Red Willow County winter wheat variety plot.
Figure 1. Red Willow County winter wheat variety plot.

Post-Harvest Weed Control in Winter Wheat

June 29, 2016
Timely control of weeds following winter wheat harvest can limit soil moisture loss to weeds and prevent the deposit of more weed seeds in the soil, two factors that can benefit the next crop's yield. In addition, timely control of volunteer wheat is essential in reducing the spread of wheat streak mosaic disease. See what influences effectiveness of weed control and how to make your crop more competitive.

Read more

Wheat streak mosaic
Wheat streak mosaic

Control Volunteer Winter Wheat and Other Weeds Now to Increase and Protect 2017 Yields, Income

June 23, 2016

By far, the greatest risk of losses from mite-vectored viruses occurs when there is a summer "green bridge" of volunteer wheat emerging before harvest. This almost always occurs as a result of wheat seed head shatter from hail storms (Figure 1).

Read more

Wheat stripe rust
Stripe rust in wheat

Stripe Rust Widespread in Wheat But Mostly At Low Levels

May 6, 2016
Report of this week's wheat disease survey: On May 3 stripe rust was observed for the first time at the UNL Havelock Farm in Lincoln, where incidence was low and severity ranged from trace to high. t the Agricultural Research and Development Center near Mead on May 3, infections had spread from small hot spots one to two weeks earlier to larger areas in research plots, and leaf damage was apparent Wheat growth stage at these two locations ranged from flag leaf emergence to heading. On May 5, field surveys found stripe rust to be widespread in the west central and southern Panhandle of Nebraska. The flag leaf had not emerged or was just starting to emerge in these parts of the state. Wheat mosaic virus was identified in Deuel County.

Read more

Two wheat fields in western Nebraska
Figure 1. A good fall, mild winter, and plenty of soil moisture are all contributing to what could be a high-yielding wheat crop for Nebraska growers this year. (Left) This wheat field 12 miles sotheast of Ogallala looked a little ragged after 4-5 inches of wet snow, but was expected to return to normal growth. (Right) Most of the snow had melted by May 3 in this wheat field near Sidney. (Photos by Bob Klein and Karen DeBoer)

Above Average Wheat Yields Expected Across Nebraska

May 5, 2016
Although Nebraska’s planted wheat acres are at record lows, producers should expect high yields. Favorable growing conditions, including a mild winter and abundant precipitation, has Nebraska wheat positioned to achieve wheat yields not seen in the past five years. However, farmers should scout carefully for wheat rust and be prepared to treat any outbreaks in a timely manner.

Read more

Wheat Condition and Soil Moisture Reports

April 8, 2016

This week the National Drought Monitor rated almost 25% of Nebraska as "abnormally dry," a major change from 0% since Jan. 1. Most of the affected area was along the southern tier of Nebraska counties.

Read more

Freeze Damage to Western Nebraska Wheat Mostly Cosmetic

April 1, 2016
Snow-covered wheat field at UNL's HPAL 3/31/2016
Figure 1. Snow-covered wheat near Sidney is not expected to sustain yield-losing freeze damage as the growing point is still below the soil surface. (Photos by Travis Orrell)

Read more